Description: Contains a number of wavelet threshold denoising procedure, you can use MATLAB simulation, pretty good.
- [waveletthresholddenoise] - wavelet transform for the voice signal d
- [dghm] - Multiwavelet adaptive threshold algorith
- [cl3] - cl3 multiwavelet denoising detailed proc
- [Wavelet_denoising] - linear shift invariant discrete wavelet
- [MW_denoise] - 1-D signal denoising by multi-wavelet an
- [wave] - On Wavelet threshold denoising using wav
- [wavelet] - wavelet transform
- [xiaobo_gaijin] - bianyuan
- [daima] - The color image is converted to grayscal
- [xiaoboyuzhi] - Wavelet threshold denoising is given sev
File list (Check if you may need any files):
Wavelet_denoising\COMPARE.M
.................\compile.m
.................\Contents.m
.................\daubcqf.m
.................\denoise.m
.................\ex.m
.................\ex1.m
.................\find_syll.m
.................\HardTh.m
.................\INSTALL
.................\INSTALL.TXT
.................\INSTALL_PRECOMPILED.txt
.................\late_noise.wav
.................\LICENSE
.................\LICENSE.TXT
.................\MAIN.M
.................\makesig.m
.................\mdwt.c
.................\mdwt.dll
.................\mdwt.m
.................\mdwt_r.c
.................\midwt.c
.................\midwt.dll
.................\midwt.m
.................\midwt_r.c
.................\mirdwt.c
.................\mirdwt.dll
.................\mirdwt.m
.................\mirdwt_r.c
.................\mrdwt.c
.................\mrdwt.dll
.................\mrdwt.m
.................\mrdwt_r.c
.................\normalize.m
.................\Read me.doc
.................\README
.................\Readme.txt
.................\setopt.m
.................\SoftTh.m
.................\two_axes.m
.................\Wavelet_Denoise.fig
.................\wavelet_denoise.m
.................\ZERO_PAD.M
Wavelet_denoising
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